Answer:

Step-by-step explanation:
<u>Algebra Simplifying</u>
We are given the expression:

We need to repeatedly use the following identity:

For example, the first numerator has a difference of squares thus we factor as:

The first denominator can be factored also:

Applying the same procedure to all the expressions:

Simplifying all the fractions:

Since all the denominators are equal:

Simplifying:

Simplifying again:
T = 1
Thus:

If quarters represents x, then let 4x represent dimes. (there are 4 more times dimes than quarters)
x + 4x = $2.10
5x = $2.10
x = .42
Check your answer.
5 (.42) = $2.10 Yes! It checks out.
<span><span><u>Answer
</u>
scale factor=0.4
</span><span><u>Explanation
</u>
</span><span>The scale factor for any transformation is the ration of the image distance to the object distance.
That is the ratio of distance from the origin to the image to the distance from the origin to the object.
In the case above, OR’is the image distance and OR is the object distance.
OR’ = √(〖1.2〗^2+〖3.6〗^2 )=√14.4=3.794733192
OR = √(3^2+9^2 )=√90=9.486832981
The scale factor = 3.794733192/9.486832981
=0.4
</span></span>
Answer:
a = 1/2
b = 1
c = 3/2
d = 1
e= 0
f = -1
Step-by-step explanation: right on edg
Simple enough:
Solve for V:
V/2 + 6 = 14
Put each term in V/2 + 6 over the common denominator 2: V/2 + 6 = V/2 + 12/2:
V/2 + 12/2 = 14
V/2 + 12/2 = (V + 12)/2:
(V + 12)/2 = 14
Multiply both sides of (V + 12)/2 = 14 by 2:
(2 (V + 12))/2 = 2×14
(2 (V + 12))/2 = 2/2×(V + 12) = V + 12:
V + 12 = 2×14
2×14 = 28:
V + 12 = 28
Subtract 12 from both sides:
V + (12 - 12) = 28 - 12
12 - 12 = 0:
V = 28 - 12
28 - 12 = 16:
Answer: V = 16